Differentiation and development in plant cell cultures: Dissertation

Agricultural and Biological Sciences

• Genes 100%
• Betula 54%
• Protoplast 45%
• Proteins 27%
• Cell Culture 27%
• Carrot 27%
• Embryogenesis 27%
• Cell Division 18%
• Callus 18%
• Hormones 18%
• Genomic Libraries 18%
• Somatic Embryogenesis 18%
• Cells 18%
• Enzymes 9%
• Viability 9%
• Hybridization 9%
• Amino Acids 9%
• Physiological State 9%
• Betula pendula 9%
• Seedling 9%
• Environmental Factor 9%
• Tissue Culture 9%
• Culture Media 9%
• Explant 9%
• cDNA Libraries 9%
• Molecular Genetics 9%
• Pribnow Box 9%
• Agarose 9%
• Osmotic Pressure 9%
• Gelling 9%
• Genetics 9%
• Roots 9%
• Age 9%
• Shoots 9%

Biochemistry, Genetics and Molecular Biology

• Nested Gene 100%
• Birch 54%
• Protoplast 45%
• Cell Culture 27%
• Embryogenesis 27%
• Cell Division 18%
• Gene Library 18%
• Development 18%
• Plant Cell Culture 18%
• Hybridization 9%
• Promoter Region 9%
• Lysozyme 9%
• Copurification 9%
• Regeneration 9%
• Explant 9%
• Molecular Weight 9%
• DNA Library 9%
• Cell Aggregation 9%
• DNA Sequence 9%
• Agarose 9%
• Betula pendula 9%
• Regulatory Element 9%
• Osmotic Pressure 9%
• Tissue Culture 9%
• Plant 9%
• Identity 9%
• Age 9%
• Density 9%
• Probe 9%
• Genetic Marker 9%